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Einträge von Neubert, Philip auf dem Publikationsserver
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Anzahl der Einträge: 5.
Hölzl, Fabian, Steindl, Carina, Haderer, Marika, Neubert, Philip, Mester-Pavel, Patricia, Kandulski, Arne, Kunst, Claudia, Gülow, Karsten und Müller-Schilling, Martina
(2022)
Bacterial-epithelial interplay in liver cirrhosis – regulation of intestinal epithelial barrier function, p53 proteins and cell death as a novel pathomechanism of bacterial translocation.
In: EASL - International Liver Congress 2022.
Hölzl, Fabian, Steindl, Carina, Haderer, Marika, Neubert, Philip, Mester-Pavel, Patricia, Kandulski, Arne, Kunst, Claudia, Gülow, Karsten und Müller-Schilling, Martina
(2022)
Bacterial-epithelial interplay in liver cirrhosis – regulation of intestinal epithelial barrier function, p53 proteins and cell death as a novel pathomechanism of bacterial translocation.
In: AASLD The liver meeting.
Sigrüner, Alexander, Krautbauer, Sabrina 
, Blazquez, Raquel , Liebisch, Gerhard, Hoering, Marcus, Neubert, Philip, Pukrop, Tobias und Burkhardt, Ralph
(2021)
Application of Lipid Class Ratios for Sample Stability Monitoring—Evaluation of Murine Tissue Homogenates and SDS as a Stabilizer.
Metabolites 2021 (11), S. 277.
(Eingereicht)
Haderer, Marika, Neubert, Philip, Rinner, Eva, Scholtis, Annika, Broncy, Lucile, Gschwendtner, Heidi, Kandulski, Arne, Pavel, Vlad, Mehrl, Alexander, Brochhausen, Christoph, Schlosser, Sophie, Gülow, Karsten, Kunst, Claudia und Müller, Martina
(2021)
Novel pathomechanism for spontaneous bacterial peritonitis: disruption of cell junctions by cellular and bacterial proteases.
Gut 71 (3), S. 580-592.
Volltext nicht vorhanden.
Peterhoff, David , Glück, Vivian, Vogel, Matthias, Schuster, Philipp, Schütz, Anja, Neubert, Philip, Albert, Veruschka, Frisch, Stefanie, Kiessling, Mara, Pervan, Philip, Werner, Maren, Ritter, Nicole, Babl, Leon, Deichner, Maria, Hanses, Frank, Lubnow, Matthias, Müller, Thomas, Lunz, Dirk, Hitzenbichler, Florian, Audebert, Franz, Hähnel, Viola, Offner, Robert, Müller, Martina, Schmid, Stephan, Burkhardt, Ralph , Glück, Thomas, Koller, Michael, Niller, Hans Helmut, Graf, Bernhard, Salzberger, Bernd, Wenzel, Jürgen J. , Jantsch, Jonathan, Gessner, André , Schmidt, Barbara und Wagner, Ralf
(2020)
A highly specific and sensitive serological assay detects SARS‑CoV‑2 antibody levels in COVID‑19 patients that correlate with neutralization.
Infection, S. 75-82.
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